General Chairs

• Wafa Gabsi, ReDCAD laboratory, University of Sfax, Tunisia
• Bechir Zalila, ReDCAD laboratory, University of Sfax, Tunisia
• Frank Singhoff, Lab-STICC UMR 6285, University of Brest, France

• Fatma Krichen, University of Sfax, Tunisia
• Ikbel Guidara, University of Lyon, France
• Hana Mkaouar, University of Lyon, France
• Mouna Baklouti, University of Sfax, Tunisia
• Tarek Frikha, University of Sfax,Tunisia
• Laurent Pautet, TélécomParisTech, Paris, France
• Rania Mzid, University of Tunis El Manar, Tunisia
• Rahma Bouaziz, University of Sfax, Tunisia
• Frank Singhoff, University of Brest, France
• Hai Nam Tran, University of Brest, France
• Mariem Turki, University of Gabes, Tunisia
• Laurent Lemarchand, University of Brest, France

Paper Submission Instructions

• Research papers:
12-page limit, describing original and novel research work, including research results and evaluations.The papers may present the ongoing research, novel ideas with preliminary results, advances of the state of the art, analysis of the current results in the state of the art or state of the practice, or experience in implementing the theories.
• Industry papers:
8-page limit, This track will be an opportunity for people associated with industry and academia to present their novel ideas while attracting funding and/or further expand collaborations. An important criterion for papers to be submitted to the Industry Track is a clear industrial association, either in the form of an extensive evaluation of research results in industrial use cases or active participation of industry representatives as co-authors.

• Advances in Real-Time Operating Systems: Innovative features, performance improvements, and case studies.
• Task Scheduling Algorithms: Novel algorithms, comparative studies, and implementation techniques.
• Interrupt Handling Mechanisms: Efficient methods, latency reduction, and real-world applications.
• Device Drivers Development: Secure and efficient driver development, integration challenges.
• Middleware for Real-Time Applications: Frameworks, communication protocols, and performance optimizations.
• Security in Real-Time Systems: Threat modeling, mitigation techniques, and case studies.
• Applications in Aerospace and Automotive: Specific challenges, solutions, and innovations.
• Healthcare Embedded Systems: Innovations in medical devices, real-time data processing, and reliability.
• Consumer Electronics and Smart Home Automation: Real-time requirements, solutions, and future trends.
• Energy-Efficient Real-Time Systems: Techniques for reducing power consumption in real-time applications.
• Formal Methods and Verification: Ensuring correctness and reliability in real-time systems.
• Distributed Real-Time Systems: Challenges and solutions in distributed environments.
• Real-Time Data Analytics: Processing and analyzing data in real-time.
• Machine Learning for Embedded Systems: Integrating AI/ML in real-time applications.
• Adaptive Real-Time Systems: Systems that adjust to changing conditions and requirements.
• Internet of Things (IoT): Real-time aspects of IoT devices and networks.
• Cyber-Physical Systems: Interactions between computational and physical processes.
• Real-Time Simulation and Modeling: Tools and techniques for simulating real-time systems.
Case Studies and Industrial Experiences: Practical implementations and lessons learned in real-time systems across various industries.
Industrial Automation: Real-time control systems, case studies, and technology advancements.

• Workshop Papers Submission: 26th September 2024
• Authors Notification: 24th October 2024
• Camera Ready and Registration: 31st October 2024
• Workshop Date: 3rd December 2024